Sentence examples for measuring pore size from inspiring English sources

Microstructural characterization was made by measuring pore size distributions through mercury intrusion porosimetry (MIP).

The microstructural characterization by measuring pore size distributions is examined before and after exposure to frost deterioration by using mercury intrusion porosimetry (MIP).

Surface and mechanical properties were evaluated by measuring pore size, porosity via scanning electron microscopy, storage modulus, loss modulus and loss angle by using a dynamic mechanical analysis (DMA).

Thermoporometry is widely used for measuring pore size distribution in porous materials by differential scanning calorimetry based on melting point depression and the Gibbs Thomson effect shown by a liquid contained in the pores.

I25 is still close enough to the pore, making it a perfect candidate for measuring pore size.

I23 is still relatively close to the pore compared to the rest of the residues in MscL, making it a perfect candidate for measuring pore size.

One method from variety of experimental techniques is used to measure pore size distribution by depending on the range of the pore sizes that a porous material contains (Mourhatch et al. 2011).

Mercury porosimetery was used to measure pore sizes, chemical composition was analyzed using energy dispersive x-ray analysis (EDX), and the crystal structure was identified using x-ray diffraction micro-analysis (XRD).

The measured pore sizes of 433 nm ± 88 nm are larger than the 2.8 -100 nm previously reported for a scan area of 5 μm2 as compared to the 2 μm2 adopted in this study (Hu et al. 2007).

Therefore, the measured pore-size distribution is a convolution of the relative amounts of oxide and metal in the system.

Mercury injection capillary pressure data was used to obtain measured pore throat sizes and the radii at different levels of mercury saturation and pore throat sorting.